Product · Photo Ionization Detection

PID Analyzer

High-performance Photo Ionization Detector for real-time VOC monitoring—delivering laboratory-grade accuracy with 3-second response times for industrial hygiene and environmental applications.

ppb-range Detection Sensitivity
< 3 sec Response Time
Low Power Operation
Reliable Operation

Industry-Leading PID Technology

The pinnacle of photo ionization detection technology for unmatched VOC monitoring performance.

Advanced Photo Ionization Detection

The IUT PID Analyzer represents the pinnacle of photo ionization detection technology, offering unmatched sensitivity, speed, and reliability for volatile organic compound (VOC) monitoring. With advanced lamp technology and intelligent signal processing, this instrument delivers laboratory-quality results in real-time field applications.

From industrial hygiene monitoring to environmental compliance and emergency response, our PID technology has proven itself across the most demanding applications worldwide. The analyzer's robust design and intuitive operation make it the preferred choice for professionals who demand accuracy and reliability.

Key Advantages

  • Real-Time Detection: Instant VOC identification
  • Wide Dynamic Range: ppb to ppm measurement
  • Multiple UV Lamps: Application-specific selectivity
  • Portable Design: Field-deployable operation
  • Minimal Maintenance: Reduced operational costs

Key Performance Metrics

Detection Range Lower ppb-range
Response Time < 3 seconds (T90)
Ionization UV-Lamp
Power Low consumption
Operation Continuous monitoring
Resolution ±2% of full scale

Technical Specifications

Comprehensive performance and operating specifications for the PID Analyzer.

Detection Performance

Detection Range Lower ppb-range
Response Time (T90) < 3 seconds
Resolution ±2% of full scale

Operating Conditions

Operating Temperature -10°C to +50°C
Storage Temperature -20°C to +60°C
Humidity Range 10% to 95% RH non-condensing
Sample Flow Rate 250 - 300 ml/min
Power Requirements Li-ion battery / 12-24 VDC
Warm-up Time < 30 seconds

Photo Ionization Detection Technology

UV lamp ionization technology for reliable VOC detection with high sensitivity.

Photo Ionization Principle

UV lamp ionizes volatile organic compounds for precise detection and measurement.

Key Advantages
  • High sensitivity in ppb-range
  • Real-time continuous monitoring
  • No carrier gas required
  • Wide range of detectable compounds

Target Applications

Optimized for volatile organic compound detection across diverse applications.

Typical Compounds
  • BTEX: Benzene, Toluene, Xylene, Styrene
  • Others: a-Pinene, Ethylene Oxide, Pyrrole
  • Applications: Environmental monitoring
  • Industries: Chemical, Environmental

Applications & Target Industries

Comprehensive VOC detection capabilities across diverse industries and emergency response scenarios.

🛠️ Industrial Hygiene

  • Personal Exposure Monitoring: Worker safety compliance
  • Area Monitoring: Workplace air quality assessment
  • Confined Space Entry: Pre-entry safety verification
  • Leak Detection: Equipment and piping systems
  • Process Monitoring: Chemical manufacturing safety

🌍 Environmental Monitoring

  • Air Quality Surveys: EPA method compliance
  • Remediation Sites: Contaminated soil vapor monitoring
  • Landfill Emissions: Methane and VOC detection
  • Indoor Air Quality: Building and facility assessment
  • Fence Line Monitoring: Industrial facility perimeters

🚑 Emergency Response

  • HAZMAT Incidents: Chemical spill assessment
  • Fire Department Operations: Toxic vapor detection
  • Transportation Accidents: Chemical release monitoring
  • Terrorism Response: Unknown chemical identification
  • Evacuation Decisions: Safe zone determination

🔬 Research & Development

  • Process Development: Reaction monitoring and optimization
  • Method Validation: Analytical method development
  • Material Testing: Emission and off-gassing studies
  • Quality Control: Product purity verification
  • Research Projects: Academic and industrial studies

Advanced Features & Benefits

Intelligent operation and exceptional user experience designed for professional field deployment.

🧠 Intelligent Operation

  • Auto-Zero Function: Automatic baseline correction
  • Temperature Compensation: Stable readings across temperature range
  • Humidity Correction: Automatic humidity compensation
  • Multi-Point Calibration: Enhanced accuracy across full range
  • Self-Diagnostics: System health monitoring
  • Data Integrity: Electronic signature compliance

📱 User Experience

  • Color Display: High-resolution graphical interface
  • Intuitive Menus: Simple navigation and setup
  • Multi-Language Support: Localized operation
  • Customizable Alarms: User-defined thresholds
  • Data Export: USB, Bluetooth, WiFi connectivity
  • Field Replaceable Components: Minimal downtime

Available Configurations

Multiple form factors designed for diverse deployment requirements and operational environments.

📱 Portable Handheld Model

Lightweight, battery-powered unit for personal monitoring and field surveys.

Weight < 1.5 kg
Dimensions 280 × 180 × 85 mm
Battery Life 12+ hours continuous
Display 4.3" color touchscreen
Memory 100,000+ data points

Ideal for: Personal monitoring, area surveys, emergency response

🏭 Fixed Installation System

Permanent monitoring station with external sampling probe and remote communications.

Housing NEMA 4X weatherproof
Sample Line Up to 100m heated line
Power 100-240 VAC or 12-24 VDC
Outputs 4-20mA, RS-485, Ethernet
Certifications CSA, ATEX, IECEx options

Ideal for: Continuous monitoring, process control, perimeter security

🔬 Benchtop Laboratory Model

Precision instrument for laboratory analysis and method development applications.

Precision ±1% of reading
Sample Inlet Multiple injection ports
Computer Interface USB 3.0, Ethernet
Software Full data analysis suite
GLP Compliance 21 CFR Part 11 ready

Ideal for: Research labs, method development, quality control

Comparison with Alternative Technologies

Understanding how PID technology compares to other detection methods for optimal application selection.

Parameter PID Analyzer FID GC-MS
Response Time < 3 seconds < 5 seconds 5-15 minutes
Detection Limit 0.05 ppb 1 ppb 0.01 ppb
Selectivity Moderate Low Very High
Portability Excellent Poor Poor
Maintenance Minimal High High
Cost Low-Medium Medium-High High

Real-Time VOC Detection Excellence

When you need immediate VOC detection results with laboratory-grade accuracy, the IUT PID Analyzer delivers uncompromising performance. From emergency response to industrial hygiene monitoring, trust the technology that professionals worldwide rely on for critical gas detection applications.

ppb-range sensitivity · Fast response · Low power consumption · Reliable operation